
NTI HDMI OVER IP EXTENDER
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INTRODUCTION
The XTENDEX® Low-Cost HDMI Over IP Extender multicasts digital video and audio signals to one or more receivers up to 330
feet away using CAT5e/6 (CATx)cable.
Each Low-Cost HDMI Over IP Extender consists of a local unit (transmitter) that connects to an HDMI source, and a remote unit
(receiver) that connects to an HDMI display. The local and remote units can be connected together for a Point-to-Point or Point –
to-Many connection through a network switch. Support for multiple local units requires a managed network switch.
•Supports HDTV resolutions to 1080p and computer resolutions to 1920x1200.
•Ideal solution for digital signage applications.
•Broadcast real-time HDMI video/audio to multiple display locations.
•Transmits an HDMI signal over one CAT5e/6 cable.
•Plug-and-Play installation allows receivers to find the transmitters automatically on the same subnet. (Network
configuration may be required for managed network switch.)
•Web interface for changing IP addresses, firmware updates and resetting units to factory default settings.
•Easily expandable. Add remote units as you add monitors.
•Inexpensive CAT5e/6 cable replaces bulky video cables.
•Supports 10/100 Ethernet connection.
•Built in default EDID table.
•HDCP compliant.
•Support for multiple transmitters requires a managed network switch with VLAN/IGMP support. Standard LAN switches
can only support one transmitter.
oThe managed switch must support port based IEEE 802.1Q VLAN, IGMP, and permit duplicate IP addresses
across the VLAN domains.
oEach VLAN acts as a separate HDMI Over IP Channel on the network.
oNumber of local and remote units that can be used is dependent on the backplane bandwidth of the switch.
oCascade managed switches up to 3 levels, allowing the farthest display to be located up to 1,000 feet away
from the source device. Each receiver can be located up to 330 feet away.
•Uses M-JPEG technology to process image compression on a fixed bandwidth.
oNote: at high resolutions, characters on PCs get noticeably fuzzy due to image compression and
decompression process.